Flatiron fluid dynamics summer school
Lecture slides, links to code repositories, and talk recordings for the 2023 Flatiron Summer School on Fluid Dynamics, hosted by the Center for Computational Astrophysics
Methods slides
Finite volume methods (Romain Teyssier)
Finite volume MHD (Chris White)
Introduction to discontinuous Galerkin methods (Andrew Giuliani)
Spectral difference method (David Velasco-Romero)
Finite volume methods for MHD on GPUs: AthenaK (Jim Stone)
High-order finite difference methods (Wladimir Lyra)
Spectral methods and Dedalus (Keaton Burns)
Radiation hydrodynamics (Shane Davis)
Code
Finite volume methods Lecture notes and jupyter notebooks for the CCA fluid dynamics Summer school (Romain Teyssier)
Spectral difference method and Cupy examples Tutorials for the Spectral-Difference method in python (David Velasco-Romero)
Smoothed particle hydrodynamics Notes and reference materials (Daniel Price)
Pencil code and tutorial (Wladimir Lyra)
Coding solvers for fluids (Mike Zingale)
Practical sessions with Dedalus (Daniel Lecoanet and Keaton Burns)
Moving mesh codes and MANGA (Phil Chang)
Visualization in Blender tutorial (Kaze Wong)
Philip Mocz maintains a list of awesome astrophysics codes!
Science examples
GPU Computing using AthenaK (Minghao Guo)
Simulating self-gravitating discs with Phantom (Farzana Meru)
Sandwiched planet formation (Farzana Meru)
Planetesimal formation and planet-disk interactions (Linn Eriksson)
The role of rotation in gas giant accretion (Jiayin Dong)
Waves, turbulence and stars (Daniel Lecoanet)
Scientific Applications of the cosmological moving-mesh code Arepo (Shy Genel)
Example applications of radiation MHD simulations (Yan-Fei Jiang)